Breast cancer can be treated with chemotherapy, hormone therapy and radiation, or a combination of these to prevent the spread of cancer cells, after surgical removal of the tumor. When assessing whether a patient should be offered chemotherapy, information about prognosis is important. Patients at high risk of recurrence should be offered chemotherapy, while patients at low risk are not very likely to gain from such treatment, in which case side effects outweigh the benefits. The assessment of risk of recurrence is based on clinical findings, e.g. tumor size, lymph node involvement, and expression of certain receptors on the cancer cells. In this health technology assessment, we have considered a molecular profiling panel, Prosigna, which ...
Background: NanoString’s Prosigna™ Breast Cancer Prognostic Gene Signature ...
ABSTRACT: Breast cancer is a heterogeneous disease. Patient outcome varies significantly, depending ...
[Motivation]: Modern genomic technologies allow us to perform genome-wide analysis to find gene mark...
International audienceThe Prosigna® breast cancer prognostic gene signature assay identifies a gene-...
Gene expression signatures can provide important information on the risk of recurrence in patients w...
The Prosigna® breast cancer prognostic gene signature assay identifies a gene-expression profile tha...
<p>Improved understanding of risk of recurrence (ROR) is needed to reduce cases of recurrence and mo...
Abstract Background The PAM50-based (Prosigna) risk of recurrence (ROR) score and intrinsic subtypes...
The molecular profiling of breast tumors using the powerful microarray technology has uncovered the ...
Most hormone receptor (HR)(+)/HER2(-) breast cancer patients respond unfavorably to neoadjuvant chem...
: Gene-expression profiles are a promising development in determining the prognosis of patients with...
<p><b>Purpose</b>: The West German Study Group (WSG) Breast Cancer Intrinsic Subtype (BCIST) study w...
Abstract Background The four intrinsic subtypes of breast cancer, defined by differential expression...
Gene expression profile has revolutionised breast cancer treatment. It has paved the way for develop...
Background: Breast cancer is the most commonly diagnosed cancer in women internationally, and the mo...
Background: NanoString’s Prosigna™ Breast Cancer Prognostic Gene Signature ...
ABSTRACT: Breast cancer is a heterogeneous disease. Patient outcome varies significantly, depending ...
[Motivation]: Modern genomic technologies allow us to perform genome-wide analysis to find gene mark...
International audienceThe Prosigna® breast cancer prognostic gene signature assay identifies a gene-...
Gene expression signatures can provide important information on the risk of recurrence in patients w...
The Prosigna® breast cancer prognostic gene signature assay identifies a gene-expression profile tha...
<p>Improved understanding of risk of recurrence (ROR) is needed to reduce cases of recurrence and mo...
Abstract Background The PAM50-based (Prosigna) risk of recurrence (ROR) score and intrinsic subtypes...
The molecular profiling of breast tumors using the powerful microarray technology has uncovered the ...
Most hormone receptor (HR)(+)/HER2(-) breast cancer patients respond unfavorably to neoadjuvant chem...
: Gene-expression profiles are a promising development in determining the prognosis of patients with...
<p><b>Purpose</b>: The West German Study Group (WSG) Breast Cancer Intrinsic Subtype (BCIST) study w...
Abstract Background The four intrinsic subtypes of breast cancer, defined by differential expression...
Gene expression profile has revolutionised breast cancer treatment. It has paved the way for develop...
Background: Breast cancer is the most commonly diagnosed cancer in women internationally, and the mo...
Background: NanoString’s Prosigna™ Breast Cancer Prognostic Gene Signature ...
ABSTRACT: Breast cancer is a heterogeneous disease. Patient outcome varies significantly, depending ...
[Motivation]: Modern genomic technologies allow us to perform genome-wide analysis to find gene mark...